Following M.Sc. Students presented their research work during the thesis defence scheduled during May 2018 as detailed below:
| S.No | Roll No. | Name of Candidate | Thesis Supervisior | Thesis Title |
| 1. | M16CY001 | Aarti | P. Manikandan | Cis-trans Isomerization of Diazene via Direct Chemical Dynamics Simulations |
| 2. | M16CY002 | Ajeetesh Kumar | Samanwita Pal | Effect of Organophosphate (OP) Pesticides CPF and DZN on environment: A NMR and Fluorescence Analysis |
| 3. | M16CY003 | Akshay Kumar R | Ritu Gupta | Optimization of Crackle Lithography Process for Metal patterning |
| 4. | M16CY004 | Chesta | Ritu Gupta | Innovative Methods for Large Scale Patterning of Metals |
| 5. | M16CY005 | Mohit Solanki | Rakesh K. Sharma | Heterogeneous M/MWCNTs Catalyst for Aerobic Oxidation of 5-hydroxymethyl 2-furaldehyde |
| 6. | M16CY006 | Neelam Pal | Ramesh K. Metre | Tetanuclear mono organotin sulphide cluster[(RSn)4 (µ-S)6]·2H2O: Synthesis, Structure and Supramolecular studies |
| 7. | M16CY007 | Neha Kumari | Ananya Debnath | Molecular dynamics simulation of Kaempherol binding to inflammation responsive protein ASC |
| 8. | M16CY008 | Sakshi Bhagat | Samanwita Pal | Hydrophobic Interaction of Alanine in Aqueous Electrolyte Solution: A NMR Spin lattice Relaxation Analysis |
| 9. | M16CY009 | Vinod S. Adhikary | Ritu Gupta | F-TEDA Based Ultrafast and Highly Senstitive Humidity Sensor |
| 10. | M16CY010 | Vipin Kamboj | Ritu Gupta | Ni and Co oxide based Nanostructures for Electrochemical Water Splitting |
| 11. | M16CY011 | Rachna Sharma | Rakesh K. Sharma | Calix -[4]-arene based chemo-sensor for β-Nicotinamide Adenosine Dinucleotide |
